feisty
Menopause hair changes are one of the most searched and least explained aspects of the transition. Women notice it in the shower drain, in their brush, in the mirror: hair that's thinner, duller, or shedding more than it used to. What's happening isn't random, and it isn't irreversible. It's hormonal, it's well-documented, and there are specific things that actually help.
Why oestrogen matters for hair
Oestrogen prolongs the growth phase of the hair cycle, called the anagen phase. When oestrogen falls during perimenopause and menopause, that growth phase shortens. Hairs spend less time growing and more time shedding. The result is a net reduction in density, not necessarily a dramatic bald patch, but a visible overall thinning that's most obvious at the crown and temples.
At the same time, the ratio of oestrogen to androgens (testosterone and its derivatives) shifts. With less oestrogen in the picture, androgens have more relative influence. In women with a genetic sensitivity to dihydrotestosterone (DHT), this can trigger a pattern similar to androgenetic alopecia, the kind more commonly associated with male hair loss. The hair follicle miniaturises over time, producing finer and shorter strands until it eventually stops producing hair at all. This is worth taking seriously early, because follicle damage can become permanent.
As the article on menopause face: what's actually happening to your skin explains, oestrogen loss affects the entire surface of the body, not just one area. The scalp is skin, and it responds to the same hormonal withdrawal.
The difference between shedding and loss
Not all menopause hair change is permanent follicle loss. Some of it is telogen effluvium, a temporary spike in shedding triggered by physical or hormonal stress. The body essentially hits pause on hair growth across a large portion of follicles, which then all shed around the same time. This can look alarming but often resolves once the hormonal environment stabilises, or once a specific stressor passes.
The practical difference matters because the interventions are different. If you're in a shedding phase rather than experiencing progressive follicle miniaturisation, the priority is supporting the scalp environment and overall health while things stabilise. If you're seeing progressive thinning at the part line or temples, that calls for earlier, more targeted action.
What actually helps
Several approaches have real evidence behind them, and a few are worth dismissing outright.
Menopausal hormone therapy (MHT). Restoring oestrogen levels addresses the root driver of hormonally-triggered hair change. MHT won't reverse significant follicle miniaturisation that's already occurred, but it can slow or halt progression and improve the anagen phase. This is the most direct intervention, and the one most women aren't told to consider for hair specifically. The MHT for menopause: what it is and how it works overview covers what the therapy involves and how to discuss it with a clinician.
Minoxidil. Originally a blood pressure medication, minoxidil is now available over the counter in Australia in topical form for hair loss. It extends the anagen phase directly at the follicle level, independent of hormones. A 2% or 5% solution applied to the scalp is the most studied non-prescription option for female hair thinning. It doesn't work for everyone and requires consistent, ongoing use to maintain results.
Nutritional adequacy. Deficiencies in iron, ferritin, zinc, and vitamin D are all independently associated with hair shedding. These are worth checking via a blood panel before spending money on supplements. Low ferritin in particular is a common and overlooked driver of diffuse hair loss in women over 40, even when haemoglobin is normal.
Protein intake. Hair is almost entirely keratin, a protein. Women who are undereating protein (a common pattern in midlife calorie restriction) are removing one of the building blocks the follicle needs. Adequate protein intake doesn't reverse hormonal thinning on its own, but inadequate intake makes it worse.
Scalp care. Chronic scalp inflammation, from product buildup, seborrheic dermatitis, or tight hairstyles that create traction, compounds hormonal follicle stress. Keeping the scalp clean and minimising chronic tension on follicles is a reasonable baseline regardless of what else is happening.
What doesn't help (despite the marketing)
Biotin supplements are the most aggressively marketed intervention for hair loss in women, and they have the weakest evidence for the population most likely to buy them. Biotin deficiency is rare, and supplementing above adequate levels doesn't improve hair in people who aren't deficient. The same applies to most "hair, skin and nails" blends: the doses are low, the combinations are unstudied, and the ingredients that might have an effect (like iron or zinc) are dosed too conservatively to matter.
Collagen supplements occupy a greyer zone. Collagen provides the structural scaffolding around follicles, and oestrogen loss accelerates collagen breakdown across the body. The evidence for oral collagen improving hair specifically is limited, but the broader evidence for collagen supplementation in midlife women is building. It's unlikely to hurt and may contribute something, but it shouldn't be the main strategy.
When to see a clinician
Hair loss in menopause is worth taking to a doctor rather than self-managing indefinitely. A GP with menopause experience, or a dermatologist, can distinguish between androgenetic alopecia, telogen effluvium, alopecia areata (an autoimmune condition), and thyroid-related shedding, which all require different approaches. Blood tests can rule out nutritional and thyroid causes. A scalp examination can identify inflammation or follicle miniaturisation. Getting the right diagnosis early gives you more options.
If you're not sure how to approach the conversation with your GP, the guide on how to find a menopause GP who actually helps covers what to look for in a practitioner and how to structure what you need from the appointment.
Hair change during menopause is real, it's physiological, and it's not something to just accept. The interventions that work are specific, the timeline for results is months not weeks, and starting earlier rather than later makes a measurable difference to what's recoverable.